Until now, the scientific community debated the starting point of liquid mantle solidification: did it begin deep within the ...

Given the seeming paucity of moisture in the leftover remains of Earth's building blocks, planetary scientists have long ...

Remnants of a liquid layer of magma near Earth's core, formed in the first few hundred million years of the planet's history, ...

In the waters off Iwo Jima, a volcanic island in Japan’s Satsuma archipelago, the sea has a distinct green tint. It’s not ...

It will lead to more purple, brown, or green hues in coastal or stratified areas, with less deep blue color in water as ...

With water covering the majority of our planet, scientists have been wading through ideas to answer a fundamental question: ...

Earth's oceans, known for their deep blue hue, could one day undergo color shifts, say scientists. A report based on a study ...

The reason Earth's oceans may have looked different in the ... importance of a type of rock deposit known as the banded iron formation in recording the planet's history. Banded iron formations ...

Chemical clues to formation The initial results from the model showed that under the reducing conditions of early Earth, the element niobium would become siderophilic, or attracted to metal, sinking ...

Scientists at the University of Miami's Alfred C. Glassell Jr. SUrge‐STructure‐Atmosphere INteraction (SUSTAIN) laboratory conducted a first-of-its-kind study into how waves form and increase in windy ...

The reason Earth's oceans may have looked different in the ... importance of a type of rock deposit known as the banded iron formation in recording the planet's history. Rain falling on ...